Electric-lamp mount.



B. S. KBOGH, ELECTRC LAMP MOUNT.

APPLICATION FILED DEG.11,1913.

Patented Get. 6, 1914.

Ms ATTORNEYS 11, which is provided with a series of spr1n^' moines.

lAmo-ng the' principal velectric-battery element; and

ELECTRIC-Li To all colic/m z' may concern:

Be it known that EDWARD. S. KnocH, a citizen of the United S stes, and a resident of Freeport, in 'the 'county of Nassau and State of New York, have invented a new and lmproved Electric-Lamp Mount, of which the fpllowing is a full, clear,v and `exact descripm tion.

objects which the present invention has 1n vlew are: to provide 'e mount for low-if'oltage electric lamps, to

hold the same in operative position upon an electric battery element; to provide a simple, cheap and efficient means for employing an electric lamp inl connection with a single to provide means in conjunction with the abc-ernenti-oned devices for at will temporarily or 'con tinuously maintaining ar closed circuit inccrporating a. lamp of the characternientioned.

In the drawings: Figure l is a top plan view of a mount constructed and arranged in accordance withthe present intention, showing igi conjunction therewith a. beters element; Fig..2 is a vertical section taken as on the line 2-2 in Fig. 1, of a mount,1 a ha tery element and an electric lamp being shown in conjunction therewith; Fig; 3 is e top plan view, showing a niodilied form the mount herein set forth; Fig. 1i is a vertical s'ection taken as on the line -t in Fig. 3, sho-wing in conjunction therewith a ment of albattery element and a lamp; Fig. 5 is a top plan view`of a mount constructed and arranged inj accordance with a further niodiiication of the invention; Fig. G is a sideview of the same.

As seen in the drawings, the `vpreferred form of the invention provides a body plate clips 12, 12 and 13. The plates 11 and their clips 12 and 13 are designed primarily for adjustment upon an electric :battery cell or element, such as 14 or 15. The elements 1e and lfare two recognized conventional forms of battery cells of the type generally known as dry and semi-dry cells. These cells are usually provided with screw extensions 16 and 17, which form7 conjunction With the nuts 18 and 19, binding posts in the usual service. The screw er:- tension 1G is, usually disposed in the center ofthe element I4' or 15, being, as a rule, electrically connected with, and forming the terminal ofthe carbon element of the cell.

Application :filed December 11,. itin.

l x l j lj' i l Theentension 1'2" is usually electrically connected w the electrically-opposite or zinc cell, and as this in the usual e ound i. .enel low-voltage lamp, such a in the drawings by the numeral 2 y covering 21, which is sepa ce block 22 by any suitable in t L At the center thereof, the plate 11 is periorated, the edges of the peroration pressed downwardlyto i" .rm a" openhottomed socket, the side Q8- wlierec ha` read pressed or'other'wise foiiied therein, said thread corresponding with the thread of the covering 21.

The clips12 and 13 are each provided with out-turned lips 2li,` shaped toreceive the upper edge of the cells 14 and 15 therehetwee"y andto press outwardly said clips, the spring tension whereof thereafter holds the mount in position upon seid cell.. :The conventional cell being externally provided with an electric insulating surface, no current is transferred from the cell thereby, until the plate l1 is brought into Contact with thel extension 17. The cell 14 or 15 beine thus equipped, 'the lamp 20 is screwed e perstion having the side 23, the thread or' sa side and the thread of the cover 21 of the of the lamp.v correspending.. 1,

Vvifus connected with 'the carbon of he circuit is completed through the E "he 'o 20. By continuing to c .fithin the socket perforation, theplate 11 is lifted out of contact the extension-17, and the flow of curscr t is thereby suspended. By this means, it \ill preciated, the separation het: of the plete 11 and theend ci' con 17 may he nicely adjusted'. H erraneed the lamp 20, cell 14 Aamp, the lamp is illut, the projection or A "1 1 indicating to the user lr o ci? the extension 17, said tab being provided to avoid the nut 19, as best seen in l: 2 of? the drawing. The construction is ieved from the tab c,

e material lii'ts the same'out ot' contact thefe'xtension 1'1". Failing' to do this,

such that when pressure is rei fi the natural spring aoovementioned forms the ex-y p; tnereot, the, extension 17 isv or adjacent the side plug 22 rests upon the i a slight pressure ou the opposite side of the plete 1l, causing the same to rock on the exension 1G, 'would have the desired effect.

lWhen it is desired lo illuminate the lamp Q0 continuously/f, liis is best accomplished oy revolving the mount on the cell lil#e until the projection 2G passes over und rests upon the extension-17. The clips l2 :md 13 are so coiielrueted :is to yield sufficiently to mit 'the projection 2G 'ro pees above and reel; upon the extension 17, in such a manner to retain suliicieiit preesure thereon to produce an elecric Contact between said proiection. 26 :uid the elieieion 17, and this Without lifting' the plug 2i?. from Contact with the exten ion 1G.

lifge. and 1lof the drawings, the Le il. Shown as provided with a central filler or turret 2T. The couter of the plaie is thus raised to accommodate the V21.- rizition in the coiSruct-ion of the cell l5 over ha't, Shown,l compared with the eolistruction of the cell. 14. the cell l5, it will observed. o, binding screw Q8 is exffeiided `oui the side ol the carbon 52,9 of the cell. In other rcspe che plete il is ideir tical iii cooelgriictioii Arid operation with the rui hewn figs. l and Q- of the Vdrawinge.

lli Figs. and G of the drawinge, the

of im elceric cell when. forced il- .11. und i Contact proyecto/)n ormed on me oir der side of Said plete lo engage one ol. *he

lcrniii'inls of' Suid electric cell.

in esiimony whereof l have Sigji'ied ri'w' onine to this specification io. the preeeiioe of two subscribing Witz'iesC ltDl/' 

